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17. Consider the following algorithm: procedure Algorithm(n: positive integer; di,d2.. ,dn: distinct integers) for 1 to n-1 for 1 to n-k if ddi+ then interchange di and di+ print(k, I, d,ddn-1, d...
17. Consider the following algorithm: procedure Algorithm(n: positive integer; di,d2.. ,dn: distinct integers) for 1 to n-1 for 1 to n-k if ddi+ then interchange di and di+ print(k, I, d,ddn-1, dn) (a) |3 points Assume that this algorithm receives as input the integer-6 and the corresponding input sequence 41 36 27 31 17 20 Fill out the table below ds (b) 1 point Assume that the algorithm receives the same input values as in part a). Once the algo-...
9. [10 points) Consider the following algorithm: procedure Algorithm(n: positive integer; ddd: distinet integers) for k:=1 to n-1 for 1-1 to n-k print(k, I, di,da...-1,dn) if ds dti then interch...
9. [10 points) Consider the following algorithm: procedure Algorithm(n: positive integer; ddd: distinet integers) for k:=1 to n-1 for 1-1 to n-k print(k, I, di,da...-1,dn) if ds dti then interchange dy and d (a) Assume that this algorithm receives as input the integer n 6 and the input sequence 하하하하하하, Miss ^-ruteae rehen i12|3141516 Fill out the table below: ds ds (b) Assume that the algorithm receives the same input values as in part a). Once the algorithm finishes, what...
3. A thermocouple is used to measure the surface temperature of an object. The center of a thermocouple bead of diameter D-100 μm is positioned at a distance 10 μm from the surface of interest. The t...
3. A thermocouple is used to measure the surface temperature of an object. The center of a thermocouple bead of diameter D-100 μm is positioned at a distance 10 μm from the surface of interest. The two thermocouple wires, each of diameter d = 1 mm and length L-250 mm, are held by a large manipulator that is at a temperature of Tm-25 °C. The thermal conductivities of the Nicrosil and Nisil thermocouple wires are Kvic respectively. We can neglect...
Please help with HW 37 Qoutl condenser Condenser A standard 4-component vapor-compression cycle using R-134a is...
Please help with HW 37
Qoutl condenser Condenser A standard 4-component vapor-compression cycle using R-134a is shown in the figure to the right. The cycle is used as a refrigeration cycle to cool a refrigerator at 5 °C with a cooling capacity of 200 W, with a heat transfer to a kitchen at 20 °C. Assume that the pressure drops in the evaporator and condenser are negligible, and that the compressor and expansion valve are adiabatic. Take the boundary temperature...
For The Reaction at 298 K 2 No O The values of aH ndas are -SB03 J 16.4 5/K respetivdy what thevalue ot AG 298k Ass...
For The Reaction at 298 K 2 No O The values of aH ndas are -SB03 J 16.4 5/K respetivdy what thevalue ot AG 298k Assuning that H d as de aet depgond on Tenpersture, at what temperature i AGo? T, AG negefive above or balouth tertne (2 As o is cooled at 1atn, it freezes at 545 K t fen Sold . At a lower tenperture, Solid I cearanges to Solid diffet crystal struture. Tharnal meaurenents Show hat AH...
1). Consider 1D heat conduction in a solid plate as shown. The temperatures at two boundaries...
1). Consider 1D heat conduction in a solid plate as shown. The temperatures at two boundaries are 20 K and 10 K, respectively. lm- 2 1 1 3 4 5 T20 K T = 10 K 0.25m 0.25m 0.25% 0.25 (a) Write down the governing equation for the temperature distribution inside the plate. Assume no heat source inside the entire plate. (6) The domain has been discretized using 5 equally spaced grids. Discretize the governing equation in (a) using finite...
Using J-K, D, T and D flip- flops in the following order as seen in the table; fill out the next state table that only follows the cycles of the state diagram cycle seen above. After this is done dra...
Using J-K, D, T and D flip- flops in the following order as seen
in the table; fill out the next state table that only follows the
cycles of the state diagram cycle seen above. After this is done
draw the proper logic circuit to run it in a simulator to see that
it is working properly and the tables where filled in the proper
way.
IT IS SUPPOSE TO STOP ONCE IT REACHES 0000. IT ONLY RUNS THE
CYCLE...
Using J-K, D, T and D flip- flops in the following order as seen in the table; fill out the next state table that only follows the cycles of the state diagram cycle seen above. After this is done dra...
Using J-K, D, T and D flip- flops in the following order as seen
in the table; fill out the next state table that only follows the
cycles of the state diagram cycle seen above. After this is done
draw the proper logic circuit to run it in a simulator to see that
it is working properly and the tables where filled in the proper
way.
IT IS SUPPOSE TO STOP ONCE IT REACHES 0000. IT ONLY RUNS THE
CYCLE...
A=0 B=3 C=4 D=0 4. [12 pts) A block diagram of a Brayton Cycle is shown...
A=0
B=3
C=4
D=0
4. [12 pts) A block diagram of a Brayton Cycle is shown below. It has equipped with a regeneration component which has an effectiveness of 80%. (Effectiveness of regenerator is ε = (Ts - T4)/(T, - T4)) Air is used as running fluid. The mass flow rate of the air is n = 5.0 kg/s You may assume as cold air standard with Cp = 1.005 and k = 1.4 The turbines and compressors work isentropically....
3. (55 points total) An economy's aggregate production function is given by Y- A K N-N2....
3. (55 points total) An economy's aggregate production function is given by Y- A K N-N2. The marginal product of labor for this production function is MPN A K- 2N. (a) (10 points) Assume that A- 8 and K- 10. Suppose that the labor supply function for this economy is given by NS 20+ 2w. Find the equilibrium real wage rate, the full employment level of employment, and the full-employment level of output for this economy Draw a production function...
17. Consider the following algorithm: procedure Algorithm(n: positive integer; di,d2.. ,dn: distinct integers) for 1 to n-1 for 1 to n-k if ddi+ then interchange di and di+ print(k, I, d,ddn-1, dn) (a) |3 points Assume that this algorithm receives as input the integer-6 and the corresponding input sequence 41 36 27 31 17 20 Fill out the table below ds (b) 1 point Assume that the algorithm receives the same input values as in part a). Once the algo-...
9. [10 points) Consider the following algorithm: procedure Algorithm(n: positive integer; ddd: distinet integers) for k:=1 to n-1 for 1-1 to n-k print(k, I, di,da...-1,dn) if ds dti then interchange dy and d (a) Assume that this algorithm receives as input the integer n 6 and the input sequence 하하하하하하, Miss ^-ruteae rehen i12|3141516 Fill out the table below: ds ds (b) Assume that the algorithm receives the same input values as in part a). Once the algorithm finishes, what...
3. A thermocouple is used to measure the surface temperature of an object. The center of a thermocouple bead of diameter D-100 μm is positioned at a distance 10 μm from the surface of interest. The two thermocouple wires, each of diameter d = 1 mm and length L-250 mm, are held by a large manipulator that is at a temperature of Tm-25 °C. The thermal conductivities of the Nicrosil and Nisil thermocouple wires are Kvic respectively. We can neglect...
Please help with HW 37
Qoutl condenser Condenser A standard 4-component vapor-compression cycle using R-134a is shown in the figure to the right. The cycle is used as a refrigeration cycle to cool a refrigerator at 5 °C with a cooling capacity of 200 W, with a heat transfer to a kitchen at 20 °C. Assume that the pressure drops in the evaporator and condenser are negligible, and that the compressor and expansion valve are adiabatic. Take the boundary temperature...
For The Reaction at 298 K 2 No O The values of aH ndas are -SB03 J 16.4 5/K respetivdy what thevalue ot AG 298k Assuning that H d as de aet depgond on Tenpersture, at what temperature i AGo? T, AG negefive above or balouth tertne (2 As o is cooled at 1atn, it freezes at 545 K t fen Sold . At a lower tenperture, Solid I cearanges to Solid diffet crystal struture. Tharnal meaurenents Show hat AH...
1). Consider 1D heat conduction in a solid plate as shown. The temperatures at two boundaries are 20 K and 10 K, respectively. lm- 2 1 1 3 4 5 T20 K T = 10 K 0.25m 0.25m 0.25% 0.25 (a) Write down the governing equation for the temperature distribution inside the plate. Assume no heat source inside the entire plate. (6) The domain has been discretized using 5 equally spaced grids. Discretize the governing equation in (a) using finite...
Using J-K, D, T and D flip- flops in the following order as seen
in the table; fill out the next state table that only follows the
cycles of the state diagram cycle seen above. After this is done
draw the proper logic circuit to run it in a simulator to see that
it is working properly and the tables where filled in the proper
way.
IT IS SUPPOSE TO STOP ONCE IT REACHES 0000. IT ONLY RUNS THE
CYCLE...
Using J-K, D, T and D flip- flops in the following order as seen
in the table; fill out the next state table that only follows the
cycles of the state diagram cycle seen above. After this is done
draw the proper logic circuit to run it in a simulator to see that
it is working properly and the tables where filled in the proper
way.
IT IS SUPPOSE TO STOP ONCE IT REACHES 0000. IT ONLY RUNS THE
CYCLE...
A=0
B=3
C=4
D=0
4. [12 pts) A block diagram of a Brayton Cycle is shown below. It has equipped with a regeneration component which has an effectiveness of 80%. (Effectiveness of regenerator is ε = (Ts - T4)/(T, - T4)) Air is used as running fluid. The mass flow rate of the air is n = 5.0 kg/s You may assume as cold air standard with Cp = 1.005 and k = 1.4 The turbines and compressors work isentropically....
3. (55 points total) An economy's aggregate production function is given by Y- A K N-N2. The marginal product of labor for this production function is MPN A K- 2N. (a) (10 points) Assume that A- 8 and K- 10. Suppose that the labor supply function for this economy is given by NS 20+ 2w. Find the equilibrium real wage rate, the full employment level of employment, and the full-employment level of output for this economy Draw a production function...
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